The International Conference on Computer Design encompasses a wide range of topics in the research, design, and implementation of computer systems and their components. ICCD′s multi–disciplinary emphasis provides an ideal environment for developers and researchers to discuss practical and theoretical work. <b>Keywords:</b> Computer Systems Design and Applications<br>Advanced computer architecture for general and special purpose processors<br>Architecture modeling and performance analysis<br>Architectural support for operating systems and languages<br>Memory hierarchy<br>System design methods for uni– and parallel–processors<br>Processor Architecture<br>Microarchitecture design techniques<br>Instruction level parallelism<br>Superscalar and dataflow techniques<br>Caching, branch prediction, and multithreading techniques<br>Computer arithmetic<br>Embedded, network, multimedia processors and systems–on–chip design<br>Hardware/Software Co–design<br>Logic and Circuit Design<br>Design of digital, analog, mixed–signal and structured circuits<br>Design techniques for timing, noise, power, and layout optimization<br>Design prototyping<br>Asynchronous circuits<br>Circuit optimization techniques for emerging process technologies<br>Tools and Methodology<br>Design methodologies for large systems<br>Concurrent engineering methodologies<br>Hardware description languages<br>CAD for high–level and logic synthesis, physical design, automatic analysis and optimization of timing, power, and noise<br>Integrated CAD systems<br>Verification and Test<br>Simulation–based and formal techniques for functional design verification<br>Equivalence checking, property checking, theorem proving<br>High–level design valation<br>Design error debug & diagnosis<br>Hardware/Software validation<br>Fault simulation and automatic test generation<br>Design for testability and ATPG; SoC testing<br>Quality and Reliability<br>Fault modelling<br>On–line testing
Abbrevation
ICCD
City
San Jose
Country
United States
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